Genetic data improves niche model discrimination and alters the direction and magnitude of climate change forecasts

Keyphrases

• Genetic Data 100%
• Ecological Niche Model 100%
• Climate Change Prediction 100%
• Niche Model 100%
• Model Discrimination 100%
• Rocky Mountains 40%
• Model Performance 40%
• Canada 20%
• Cottonwood 20%
• Populus Angustifolia 20%
• High Elevation 20%
• Future Climate Change 20%
• Conservation Concern 20%
• Intraspecific Variation 20%
• Narrowleaf Cottonwood 20%
• Model Prediction 20%
• Species Level 20%
• Desert Riparian 20%
• Riparian Tree Species 20%
• Adaptive Management 20%
• Response to Climate Change 20%
• Climate Change Impacts 20%
• Global Change 20%
• Simplifying Assumption 20%
• Intraspecific 20%
• Genetic Groups 20%
• Local Adaptation 20%
• Population Specificity 20%
• Evolutionary Perspective 20%
• Discriminatory Power 20%
• Management Approach 20%
• Present Climate 20%
• Contact Zone 20%
• Barriers to Gene Flow 20%
• Niche Divergence 20%
• Climate Niche 20%
• Comparing Models 20%
• Distributed Species 20%
• Sources of Variance 20%
• Niche Modeling 20%
• Conservation Genetic Management 20%
• Diversity Hotspot 20%
• Mountain Species 20%

Agricultural and Biological Sciences

• Climate Change 100%
• Ecotype 100%
• Genetic Divergence 20%
• Populus angustifolia 20%
• Evolution 20%
• Gene Flow 20%
• Adaptive Management 20%
• Global Change 20%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Ecotype 100%
• Genetic Variation 20%
• Tree 20%
• Populus 20%
• Gene Flow 20%
• Local Adaptation 20%
• Conservation Genetics 20%